OGUZ Special designs

Fork light barriers in specific designs complete the extensive range that di-soric offers. Differential fork light barriers detect even minimal remission differences (diffuse reflection) for the detection of films that are very thin and as clear as glass. Fork light barriers for flow monitoring provide a continuous switching signal in case of the flow of a preset minimum quantity.

Fork light barriers

Differential fork light barriers detect even minimal transmission differences for the detection of films that are very thin and as clear as glass. Fork light barriers for flow monitoring provide a continuous switching signal in case of the flow of a preset minimum quantity.

Fork light barriers

Differential fork light barriers detect even minimal transmission differences for the detection of films that are very thin and as clear as glass. Fork light barriers for flow monitoring provide a continuous switching signal in case of the flow of a preset minimum quantity.

Fork light barriers

Differential fork light barriers detect even minimal transmission differences for the detection of films that are very thin and as clear as glass. Fork light barriers for flow monitoring provide a continuous switching signal in case of the flow of a preset minimum quantity.

Fork light barriers

Differential fork light barriers detect even minimal transmission differences for the detection of films that are very thin and as clear as glass. Fork light barriers for flow monitoring provide a continuous switching signal in case of the flow of a preset minimum quantity.

Fork light barriers

Differential fork light barriers detect even minimal transmission differences for the detection of films that are very thin and as clear as glass. Fork light barriers for flow monitoring provide a continuous switching signal in case of the flow of a preset minimum quantity.

Fork light barriers

Differential fork light barriers detect even minimal transmission differences for the detection of films that are very thin and as clear as glass. Fork light barriers for flow monitoring provide a continuous switching signal in case of the flow of a preset minimum quantity.

Fork light barriers

Differential fork light barriers detect even minimal transmission differences for the detection of films that are very thin and as clear as glass. Fork light barriers for flow monitoring provide a continuous switching signal in case of the flow of a preset minimum quantity.

Fork light barriers

Differential fork light barriers detect even minimal transmission differences for the detection of films that are very thin and as clear as glass. Fork light barriers for flow monitoring provide a continuous switching signal in case of the flow of a preset minimum quantity.

Fork light barriers

Differential fork light barriers detect even minimal transmission differences for the detection of films that are very thin and as clear as glass. Fork light barriers for flow monitoring provide a continuous switching signal in case of the flow of a preset minimum quantity.